PROCEDURE OF DETERMINING OF THE BETTER ORIENTATION AND WORKING CONDITIONS OF SOLAR PLANES WHICH ARE ROTATED AROUND ONE AXE

И. М. Хоменко, А. М. Хоменко

Abstract

Sun tracking devices (trackers) are deploying solar panel so that the receiving surface normal vector was collinear sunlight throughout the daylight hours. To realize this task, the panel has to rotate on two axes. Rotation is provided by mechanical devices controlled by photoelectronic modules. In this paper we propose a method for determining the optimal configuration and operating mode single-axis panels at which the maximum of solar energy during daylight of the year. Is of practical interest to use this method to find discrete linear function of the rotation axis tracker, whose character does not change during the year, and as a consequence, does not require a photoelectric modules to control the mechanical drive